Advanced equations of state for electrolyte solutions (e-EoS) consist of many contributions
stemming from different intermolecular forces, eg repulsion, dispersion, hydrogen bonding …

Many different models have been published with the aim of describing electrolyte
thermodynamics. In this study two successful Equations of State (EoS) are compared. The …

This work discusses the introduction of the concentration dependency of relative permittivity
in the context of activity coefficient models at different stages of the derivation of the models …

In their seminal paper of 1923, Debye and Hückel provided the first appropriate description
of the effect of ionic strength on the thermodynamic properties of dilute electrolyte solutions …

In this paper, theoretical considerations on electrolyte thermodynamic models are discussed
for single and mixed solvent solutions. A literature review has revealed that for many …

Although Hückel proposed the basic idea of using a concentration dependent dielectric
constant, ϵ (c), to compute the activity coefficients of ions in electrolytes in 1925 (Hückel …

This report demonstrates the first-ever electrochemical method for direct measurement of the
mean ion-activity coefficient in concentrated solutions of sodium hydroxide (NaOH) mixed …

A two-parameter model describes the resistance of a membrane challenged with different
salt concentrations on either side of the membrane. This model treats the membrane as a …

This paper investigates the impact of solute-solvent interactions on the redox potentials of
nitroxides, with a focus on ionic interactions caused by the presence of electrolytes found in …